In an unexpected discovery, two weather satellites designed to monitor Earth’s atmosphere have ended up capturing valuable ...

The planet Venus is like Earth’s worst twin – roughly the same size but with a thick layer of acid clouds over a crushing, hellish atmosphere. Its clouds in particular have been a source of interest, ...

Japan's Himawari-8 and Himawari-9 satellites, designed to study weather here on Earth, have also been quietly collecting ...

Earth has rarely looked as remarkable as it does in this stunning shot (above) captured by NASA astronaut Don Pettit from the ...

The wave cloud on the left of the image is formed by air passing over Mount Marion-Dufresne, a 3,576-foot-tall (1,090 meters) peak on East Island; the pattern on the right is caused by Mascarin ...

NASA Odyssey orbiter snapped a first-ever image of a Mars volcano peeking above clouds before dawn. It’s twice as tall as Earth’s largest volcano.

Home / EPIC Instrument on DSCOVR Watches Earth’s Clouds. Posted in Press Release EPIC Instrument on DSCOVR Watches Earth’s Clouds by SpaceRef December 14, 2015 July 15, 2024 SpaceRef December ...

Phosphine, a stinky, toxic and flammable gas found on Earth, has been detected in the atmosphere of Venus. Skip to content. NOWCAST WDSU News at 10pm. Watch on Demand ...

JACKSONVILLE, Fla. – The sun’s warming rays met less resistance in 2023, as Earth experienced a record low in cloud cover. Planetary albedo is how much sunlight is reflected into space by ...

Scientists now have more information to study how human-driven climate change is impacting our planet, thanks to brand new imagery arriving from the European Space Agency's (ESA) Earth Cloud ...

The fluffy, white tops of certain clouds act like a natural sunscreen for the planet; the water droplets and ice crystals within reflect 30 to 60 percent of sunlight that hits them, according to NASA.

Unlike Earth's liquid-water clouds, Martian clouds are primarily carbon dioxide because moisture in the planet's air is so low, all of it would add up to a layer thinner than a strand of hair.